Scientifically validated prebiotic action for multiple health applications
Bimuno® GOS is clinically shown to selectively stimulate Bifidobacteria and Lactobacilli, supporting key health benefits in both humans and animals.
Multiple health areas supported by prebiotic research
Gastrointestinal wellbeing
Promotes gastrointestinal health and wellbeing by reducing abdominal pain, bloating, flatulence and improving bowel regularity.
Immune system function
Modulates immune response by boosting anti-inflammatory and reducing pro-inflammatory biomarkers, supporting natural defences and reducing pathogen-related diarrhoea.
Cognitive and mental health
Reduces stress hormone levels, and positively changes mood parameters, and cognitive function, supporting brain health through targeted microbiome modulation.
Sports health
Supports gut comfort during exercise by reducing GI symptoms, shortening upper respiratory symptom duration, and aiding immune recovery after intense training.
The science of selective prebiotic action
Unlike other commercial prebiotics that may be metabolised by various microbes, Bimuno GOS stands out for its high selectivity by specific beneficial bacteria, including bifidobacteria and lactobacilli. Its unique structure, including specific beta-linkages and a characteristic degree of polymerisation, drives its scientifically validated functionality.
A key component, 3-galactosyl-lactose, is a human milk oligosaccharide (HMO) recognised as a preferred food source for bifidobacteria. This structural advantage helps explain why Bimuno GOS consistently shows strong bifidogenic effects and health benefits in clinical studies.
Research-backed efficacy
Bimuno GOS delivers clinically validated benefits at a low daily dose of just 1.37g – with results observed in as little as 7 days in multiple studies.
Recent groundbreaking research shows that bifidogenic effects can begin at doses as low as 380mg. While the 1.37g dose remains associated with our core clinically proven benefits, this ultra-low dose flexibility offers significant advantages for applications where space is limited, such as capsules and tablets
